
Novadip Secures €10.4M for Pivotal Phase 3 Bone Repair Cell Therapy Trial
The ongoing US and EU study is testing NVD003, an autologous cell-based therapy, in patients with a rare, difficult-to-treat pediatric bone condition.


The ongoing US and EU study is testing NVD003, an autologous cell-based therapy, in patients with a rare, difficult-to-treat pediatric bone condition.

The operational site and its team have completed 145 batches under good manufacturing practice standards, enabling immediate client onboarding.

Additional stability data showed the bioengineered vessel maintains quality specifications for three years under approved refrigeration, giving hospitals greater inventory flexibility for urgent vascular repairs.

The Living Knee project is hoping to replace traditional knee replacements, expected to begin Phase 1 trials around 2028.

The 4 US and 1 European patents cover the design and manufacturing of the company's placental therapies. The company is targeting various applications across orthopedics, urology, and wound care.

The Korean biotech company published the multicenter Phase 1 results in Nature, with 24-week follow-up MRI data that look promising as they continue development.

The companies are working to bring jellyfish-derived Collagen Type Zero to North America, aiming to advance wound care and regenerative medicine with a sustainable alternative to mammalian collagen.

Researchers in Colorado are advancing injectable and biomaterial-based therapies that, in animal studies, restored damaged cartilage and bone by triggering the body’s own repair processes, potentially offering a minimally invasive alternative to pain management or joint replacement.

Orthocell has gained approval for its Remplir nerve repair device across U.S. Department of Defence and Veterans Affairs hospital networks, expanding access to more than 220 military and veteran care facilities as it uses its distributor network to drive adoption in trauma-focused surgical settings.

The San Diego non-profit has received a $12.7 million grant to advance scaffold-free tissue engineering research aimed at repairing knee cartilage and bone damage.

The company says its platform may fundamentally change how cartilage loss and degenerative joint disease is treated globally.

Polyphron will use Cellino's induced pluripotent stem cells in its "autonomous tissue foundry" to reproducibly manufacture cell and tissue therapies at scale.

The company's autologous cartilage repair product will now be reimbursed under national health insurance, WOMAC scores improved better than hyaluronic acid injections.

The new graft material is designed for improved integration with patients' tissues, and it's available through distributors now.

Celularity and DefEYE’s agreement aims to accelerate the development and commercialization of advanced regenerative biologic solutions for ophthalmic care.

Researchers are testing a minimally invasive stem cell patch that could reduce the need for transplants.

Keensight Capital’s investment aims to accelerate Isto Biologics’ growth and international expansion in the orthobiologics sector.

Designed for 2D and 3D cultures, this platform aims to offer greater consistency and scalability in neuronal research.

Researchers have seen good success in animal studies, and are advancing to the first clinical trials in humans. What a time to be alive.

Australian urologists can now access Remplir to support nerve protection and recovery during robotic prostate cancer surgeries.

The latest additions aim to support clinicians treating smaller wounds, enhancing flexibility and workflow in surgical wound care.

Interim study results highlight Remplir’s consistent safety and effectiveness in nerve repair, supporting further clinical and regulatory efforts.

Researchers generated 3D jawbone tissue from induced pluripotent stem cells

The first use of silk-based SilkAxons™ aims to address large peripheral nerve injuries where current treatments fall short.

The Crew-11 mission launched on Friday, where they will support studies in stem cell growth, organ tissue, bacteriophage therapy, and advanced computing.